Distributed generation (DG) sources are predicated to play major role in distribution systems
due to the demand growth for electrical energy. Location and sizing of DG sources found to …

This study proposes a multi-objective index-based approach to optimally determine the size
and location of multi-distributed generation (DG) units in distribution system with non-unity …

This paper proposes a multi-objective index-based approach for optimally determining the
size and location of multi-distributed generation (multi-DG) units in distribution systems with …

Limitations of generation, transmission, and distribution of reactive power have significant
impact on voltage stability of electric power systems. Moreover, the location and size of a …

A major development of the offshore wind energy market is being witnessed. Since the
implicated costs are considerably high, it is extremely important to ensure that the energy …

Distributed generation (DG) can be integrated into any radial distribution network (RDN) to
meet the increasing demand for electric power. Instead of integrating a single large size DG …

an optimal placement and sizing of distributed generation units in distribution system is
usually done for the purpose of loss reduction and voltage profile improvement. Research …

Market and electricity companies are interested to reduce costs by increasing penetration
level of DG's in utility systems with best integration and developing measurements. Mesh …

In recent years, the power industry has experienced significant changes on the power
distribution systems primarily due to the implementation of smart-grid technology and the …

Growing concerns over environmental impacts, conditions for improvement of the whole
distribution network, and rebate programs offered by governments have contributed to an …